Ergonomics for Fire and EMS Departments Command Staff Ergonomics

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Ergonomics for Fire and EMS DepartmentsCommand
Staff Ergonomics

• University of Oregon
• Labor Education and Research Center

This material has been made possible by a grant
from the Oregon Occupational Safety and Health
Division, Department of Consumer and Business
Services
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Todays Workshop
Will provide information on

• Cumulative Trauma
• Risk factors for musculoskeletal injury
• Elements of an ergonomics program

• Information resources for developing an
  ergonomics program in your department

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Fire and EMS Work

• Requires workers to
• Always be prepared
• Respond quickly
• Think and react quickly
• Not always be in control of schedule
• Work in hazardous situations
• Physically Emotionally Demanding

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Cost of Injury

• 31.4 of firefighter injuries due to
  overexertion
• Overexertion is due to pushing, pulling, holding,
  carrying, wielding or throwing objects
• Per claim, average workers compensation cost of
  ALL injuries to firefighters 5168
• Per claim, workers compensation average cost for
  overexertion 9715
• Of this 9715, only 3458 was for direct medical
  costs

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Avoidable Injuries

• Acute injuries
• Happen immediately
• Can become chronic
• Re-injury possible

• Chronic injuries
• Pain or symptoms lasting more
• than a month

• Cumulative trauma
• Happens over time

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Cumulative Trauma Cycle
Activity
microtrauma (small tears)
irritation to tissue
produces scar tissue
Keeps repeating as long as activity continues
results in ? flexibility ? strength ? function
adhesions form
adhesions coalesce
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Repetitive Motions

• Same posture or motions again and again
• Repetitive motion can be very frequent over
  short period of time
• Cumulative trauma can be less frequent but
  repeated over time

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Break the Injury Cycle
Fatigue
Discomfort
Pain
Injury
re-injury may be likely
Disability
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Disc Herniations

• Disc damage is frequently the result of
  cumulative, repetitive trauma as well as
  overexertion
• Outer disc fibers repeatedly tear and heal as a
  result of repetitive overloading

• The disc weakens overtime (years) leading to
  herniation of the nucleus, causing back and leg
  pain, and numbness

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What is Ergonomics?
Worker
Environment
Task/job
The goal of ergonomics is to design the job to
fit the worker, NOT fit the worker to the job.
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Musculoskeletal Risk Factors

• Excessive force/weight
• (pulling, pushing or lifting)
• Awkward postures
• Prolonged postures
• Repetition
• Temperature extremes

• Risk magnitude is increased by
• time, intensity, or combining factors

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Injury Prevention Program
SAFETY
ERGONOMICS
HEALTH
ERGONOMICS TEAM labor management
TRAINING
JOB ANALYSIS
risk factors identified
HAZARD PREVENTION CONTROL
MEDICAL MANAGEMENT
REVIEW
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Ergonomics Program Elements

• Assessment of musculoskeletal hazards
• Prevention and control of musculoskeletal
  hazards
• Training
• A medical management system
• Procedures for reporting injuries
• A plan for the implementation of the program
• Methods for evaluating the program

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1) Assessment of Hazards

• A hazard analysis breaks a job down into elements
  which can be described and measured
• It allows the inherent risk to be quantified
• It identifies the conditions within a job that
  contribute to risk

• It is performed by person with
• ergonomics training
• Safety committee members
• Line personnel

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When to do a Hazard Assessment

• Identify jobs where
• Work-related injuries have occurred previously
• Frequent severe or non-severe injuries occur
• Past injuries result in work restrictions
• Workers leave because of inability to perform the
  physical requirements of job
• Sustainable quality performance difficult
• Worker complaints of unresolving pain or fatigue

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Prevention and Control

• Set short term and long term goals
• Think outside the box come up with many
  potential solutions
• Decide on the optimal solution by considering
• Barriers
• Costs
• Amount of risk reduced

Line personnel think of great solutions!
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Ergonomic Solutions
Personal control
Effectiveness
Equipment or Engineering
Job organization
Personal protective equipment
Bodymechanics
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3) Ergonomics Training

• Part of an ergonomics program is to provide
  training to fire and EMS personnel
• Ergonomics training curriculum is free from
  Oregon OSHA. Modules include
• Introduction to Ergonomics and Cumulative
  Trauma
• Job Hazard Analysis
• Developing and Implementing Ergonomic Solutions
• Bodymechanics Back Health

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4) Medical Management System
Preventive Measures

• Regular medical exams
• Regular physical conditioning
• Periodic fitness/wellness evaluations
• Education/training

Reactive Measures

• Early recognition and treatment
• Access to medical and rehabilitative care
• Alterative work
• Workers compensation

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5) Injury Reporting System

• Define what constitutes a reportable injury
• Not reporting may lead to more serious injuries
• Minor injury logs
• Mechanism to report injuries
• Identify lines of responsibility

worker
safety committee
medical provider
employer
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Reporting Injuries

• Train personnel
• Ergonomics
• Record keeping
• Record keeping
• Clearly identify injury cause
• Differentiate between acute and repetitive
• Follow-up
• Feedback into the ergonomics program
• Identify and address hazard

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Gaining Support
6) Implementing Your Program

• Part of existing safety and health program
• Management commitment
• Worker involvement
• Union involvement
• Awareness and education

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Commitment Involvement

• Support from department, local government,
  community and line personnel essential
• Launch kick-off meeting by chief to explain
  program
• Establish ergonomics committee
• Establish lines of communication responsibility
• Commit resources time and money

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Ergonomics Committee

• Set short-term and long-term goals
• Identify useful tools and resources
• Develop ergonomic awareness
• Identify modify high risk activities via
• Risk assessments
• Surveys
• Injury-records
• Make necessary changes to work environment

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7) Evaluating Your Program

• How do you know what is working?
• Statistics
• Health
• Program
• General
• Cost / Benefit Analysis

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Statistics

• Health reduction in
• injury rate, severity
• costs (overhead, medical, workers comp)
• time loss

• Program numbers of
• hazards identified
• solutions proposed
• solutions approved
• solutions implemented

• General having
• appropriate equipment
• improved work environment
• improved work practices
• boosted morale
• healthier relations

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Cost/Benefit Analysis
Implementing the program
Pre-program injury costs
Injury costs with program
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Ergonomic Resources
FEMA Fire and EMS Ergonomics search for
ergonomics on www.fema.gov/
National Institute for Occupational Safety and
Health Elements of Ergonomics Programs Guide
to Evaluating the Effectiveness of Strategies for
Preventing Work Injuries www.cdc.gov/niosh/homepag
e.html
Oregon OSHA www.orosha.org/consult/ergonomic/ergo
nomics.htm
Federal OSHA www.osha.gov/SLTC/ergonomics/index.ht
ml
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Conclusions

• Cumulative trauma occurs over time
• Applying ergonomics injury prevention
  saved
• An ergonomics program is a comprehensive approach
  at applying ergonomics
• Command staff are integral to a successful
  ergonomics program

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Questions and Evaluation
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• Thank you for your attention